Hydrogen

WSP works with clients around the world to develop low-carbon hydrogen production processes, localized hydrogen generation and distribution networks, and hydrogen storage facilities. We are able to assemble a global team of subject matter experts to help meet the technical and financial requirements for producing, distributing, and storing hydrogen. Our global experience in relation to the hydrogen economy includes supporting the development of a hydrogen production facility, delivering an integrated hydrogen and carbon capture project, and supporting the development of hydrogen storage caverns.

Carbon Capture, Usage and Storage (CCUS)

WSP’s project delivery capabilities across the CCUS chain include advisory services, engineering design, geological feasibility studies, UIC Class I through VI permitting, reservoir modeling, enhanced oil recovery (EOR) studies, and program and construction management. We provide services to our clients wherever they need targeted expertise. WSP offers cost and performance advisory services to government entities looking to support full-chain CCUS projects, and we provide support to private and PPP developers working with various state and federal regulatory agencies to secure projects needing proof of carbon capture technology readiness. We bring multidisciplinary technical skills, an understanding of carbon capture technology integration for topside engineering of new and existing plants, and a commitment to developing lasting technical solutions. WSP offers local knowledge regarding the planning and implementation of diverse technologies that can lead to a more sustainable environment. We have worked in various regions around the world in the effort to decarbonize our energy infrastructure; in the U.S., we are involved with a number of important new CCUS projects in their planning stages that include either carbon offset programs or IRS 45Q tax credits for subsurface carbon sequestration, including direct storage or EOR.

Electrification

WSP is working with policymakers and fleet operators around the world to achieve the goal of carbon-free mobility through the adoption of zero-emission vehicles (ZEVs) and battery electric fleets. Our experts apply innovative technologies and smart design solutions to reduce fleet emissions as part of an overall decarbonization strategy. We consider the role of resilience on site microgrids, including stationary battery storage solutions. We also specialize in the design of high-performance, resource-efficient, all-electric buildings that respond to the needs and well-being of occupants. We are involved in the design of new buildings and the renovation of existing buildings, with a focus on minimizing environmental and ecological impacts.

Redefining 
Downtown Miami

The cable-stayed bridge and its six sweeping arches along Interstate 395 will redefine the Downtown Miami skyline. It will span 1,025 feet over NE 2 Avenue and SR5/Biscayne Boulevard, with three through lanes in each direction and separate connector ramps for traffic.

Community
Benefits

The cable stays will bear much of the bridge weight, making it possible to replace concrete columns with fewer piers. This will provide sustainable space for public parks, a contiguous trail from NW 3 Avenue to Biscayne Boulevard for pedestrians and cyclists, and other downtown amenities.

Targeting 2024

Currently under construction, the bridge is
the signature feature of Miami’s $818 million
I-395/SR 836/I-95 Project – a partnership between the Florida Department of Transportation and the Miami-Dade Expressway Authority. Completion is targeted for the Fall of 2024.

A Proud Partner

As part of the construction and engineering inspection consultant team, WSP USA will ensure that every aspect of construction is built to exceed its 100-year design life for the benefit of generations of Miami residents and visitors.